I have a new in the box JR XP9303H helicopter version transmitter (FM) for sale. Asking price is. This transmitter is a high end 9 channel unit with a 30 model memory and programming for 3 aircraft. Original Manual (Helicopter Version).
. INSTRUCTION MANUAL FOR SAILPLANE XP9303 9-CHANNEL COMPUTER RADIO SYSTEM. Section 1: Using this manual.G-8 XP9303 Transmitter Features (Rear).G-13 Section 2: Features.G-8 Battery Cover.R770 Receiver. XP9303 Transmitter Features R770 (Basic Air and (Internal).G-14 Sailplane Systems).
R649 Receiver. Control Stick Tension Adjustment.
Programmable Mixers.S-32 Model Reset.S-4 MULTI-POINT Modulation.S-5 Programmable Mixers.S-36 TRANSFER a model from the XP9303 – Monitor. S-39 (Transfer function).S-6 Programming a 6-Channel Sailplane by TRANSFER – Transfer the model to another Engineering Manager John Adams.S-40 transmitter or to DataSafe.S-6. Table of Contents Sailplane Section (continued) Step #19 Aileron-to-Flap. S-53 Step #29- Aileron-to-Rudder Mix.S-62 Step #20 Aileron Differential.S-53 Setting Up Land Mode. S-62 Step #30 Land Pre-sets.S-63 Step #21 Flap Rate, Camber Mix and Camber Adjust.
Section 1: Using this manual This Manual is divided into three specific sections: In this manual you will find the specifications for the radio Airplane, Sailplane and Helicopter. When writing this and its various components and accessories.
In addition, manual we employed three distinctly different individuals guidelines for the installation have been included. Section 3: Component Specifications Servo Specifications Type DS811 DS8311 DS368 Torque 54 Oz/In 125 Oz/In 53 Oz/In Speed Weight 1.44 Oz 1.87 Oz 0.80 Oz Size (in) (L x W x H) 1.49x0.75x1.52 1.54x0.75x1.36 1.12x0.50x1.17 Ballbearing Motor Cored Coreless Cored Transmitter Specifications Type Airplane. Receiver Specifications Type 7 Channel SPCM 9 Channel SPCM Model Number R770 R649 Type 7-ch/SPCM-ABC&W/Micro 9-ch/SPCM-ABC&W Frequency 72/75/50mhz 72/75/50mhz Sensitivity(Microseconds) 5 uS Minimum 5 uS Minimum Selectivity 8KHz/5 dB 8KHz/5 dB Weight (oz).75 oz 1.5oz Receiver Antenna 39” for all aircraft frequencies 39”. “color-coded” wire leads, as they do not apply in this instance.
1 Replacement Transmitter Antenna Assembly Manual for the X9303, X9503, 12X, DX7 and DX7se NOTICE All instructions, warranties and other collateral documents are. You must make sure that the center pin of your JR transmitter is always connected to the negative voltage for correct polarity RED TO NEGATIVE hookup.
XP9303 Transmitter Features (Front) Mix Switch AUX2 Aileron Elevator AUX4/ Dual Rate Dual Rate Rudder Dual Aux Trim Gear Switch Rate Flap Trim Trainer Button Flap Switch Lever Lever Throttle/ Elevator/ Rudder Stick Aileron Stick Throttle Trim Elevator Trim Rudder Trim. XP9303 Transmitter Features (Rear) Battery Cover CAUTION: THE BATTERY CONNECTION IS KEYED SO THAT IT CAN ONLY BE PLUGGED IN ONE DIRECTION. Post navigation.
At last, the 2.4GHz radio the world’s been waiting for. As the foundation for an advanced, full range, spread spectrum radio, it’s hard to imagine a more ideal candidate than JR’s XP9303. A breakthrough in versatility and flexibility when it was introduced, the 9-channel, 30-model memory, 3-model type 9303 is an enormously popular radio upgrade for fliers whose skills have outgrown sport-class equipment.
With software shaped by the input of top airplane, sailplane and heli pilots, plus its exclusive rolling ease and speed of programming, the 9303 remains the standard by which all 9-channel radios are judged. And now, with the added convenience and security of Spektrum DSM2 2.4GHz technology, the newly-designated X9303 2.4 is destined to be a breakthrough once more. 2.4GHz RC technology with a flawless track record. Unlike ordinary spread spectrum ICs, the unique chip that’s the basis for Spektrum’s 2.4GHz technology was specifically developed by an avid RCer to yield a robust, ultra-reliable, glitch- and interference-immune RF link for RC modeling. Add Spektrum’s patented DSM/DSM2 protocols—plus the brand’s DuaLink® feature—and the result has been revolutionary.
It's proven 2.4GHz technology that JR is proud to adopt—technology that’s been used with unprecedented success by thousands of RCers since 2005. A completely integrated radio system. Instead of settling for a 2.4GHz module adaptation to accomplish spread spectrum capability, JR has incorporated DSM2 as an integral feature of the X9303 2.4. Consequently, there’s no added processing time.
And in addition, other exclusive features of DSM2—like patent pending ModelMatch™ technology that prevents “wrong model” losses—are also preserved. What’s more, Spektrum engineers have incorporated technology that permits owners of conventional XP9303 radios to transfer all of their model programming data from their transmitters directly to their new X9303 2.4 transmitters! The bottom line. JR quality, unmatched Horizon Hobby product support, programming sophistication you’ll probably never outgrow, along with the all-important advantages of Spektrum 2.4GHz convenience and security—that’s the X9303 2.4.
It’s the most unique advanced radio control system ever offered—the system the world’s been waiting for. Not only can data for 30 models of all types be programmed into your X9303 2.4, but owners of conventional XP9303s will be able to transfer their models’ programming data directly to their new X9303 2.4 transmitters. The bulletproof R921 2.4 DSM2 DuaLink receiver.
In addition, all existing Spektrum brand receivers are also compatible with the X9303 2.4 transmitter. JR X9303 2.4 transmitters are available with 9-channel R921 receivers and no servos, or complete systems including four, 72 oz/in DS821 digital servos. Please follow the instructions in this tutoral to find your serial number - Please follow the instructions in this tutoral to learn how to register your Spektrum RC products- Please follow the instructions in this tutoral to learn how to downloadn and install firmware updates for your Spektrum Radio- Visit the product page on HorizonHobby.com for your transmitter and click on the 'Manuals and Support' tab for downloadable setups. Spektrum receivers are compatible with most popular speed controls and servos on the market.
DSM or Digital Spectrum Modulation is Spektrum's proprietary method of implementing 2.4GHz spread spectrum technology for the R/C industry. DSM divides the 2.4GHz band into 80 individual channels (frequencies) and incorporates direct sequence spread spectrum with an embedded GUID (Globally Unique Identifier) code. DSM has been painstakingly optimized by our engineers for RC surface and aircraft use, offering the most robust RF link in the industry. DSM2 is the 2nd generation of Spektrum DSM technology and remains a premier 2.4GHz choice even today. Using the same superior wideband DSSS foundation that all Spektrum technology is based on, DSM2 consistently provides faster response and more precision than most non-DSM 2.4GHz protocols.
DSMX is a natural evolution of DSM2 technology that is the result of several years of development, optimized for pilots and combining Wideband DSSS and Frequency Agility. It builds on what has come before and takes DSM to the next level of robustness, reliability and efficiency without leaving current DSM2 users behind.
DSMX represents the world's first wideband, frequency-agile 2.4GHz signal protocol and the most advanced spread spectrum RC technology to date. These systems usually transmit a narrow band signal and rapidly jump through a fixed set of frequencies, spending a few milliseconds on each frequency. The foundation DSMX is built on is the same foundation as DSM2™ - the superior on-channel interference resistance and coding gain of wideband DSSS.
Compared to the wideband signal of a DSM2 or DSMX™ system, the narrow-band signal of other 2.4 transmitters is more likely to suffer crucial data loss in the event of on-channel interference. Think of wideband 2.4 as a river and narrow-band 2.4 as a stream. It takes much more interference to stop a river than it does to stop a stream. The big reason wideband is so robust is coding gain. Essentially what this means is that the unique coding in a DSM2 or DSMX wideband signal allows it to be heard well above the noise of surrounding 2.4GHz signals without requiring any more power. In fact, a Spektrum wideband signal can achieve as much as 3X the range of its narrow-band competition using the same amount of power.
For the most part, yes. DSM2 transmitters are forward compatible with DSMX receivers and DSMX transmitters are backward compatible with DSM2 receivers. And because DSM2 and DSMX share the same wideband DSSS foundation, all Spektrum users will enjoy superior range, speed and precision whether they're using DSM2 equipment, DSMX equipment or a combination of both. The only exception is the DXe which is DSMX-only and not compatible with DSM2 receivers. Yes, but DSM2 users who rarely, if ever, fly in big events or other 'noisy' 2.4GHz environments may find the DSM2 equipment they have now is all they will ever need.
The difference DSMX makes is only apparent when hundreds of 2.4GHz systems are in use at once. To see if your transmitter is eligible for the DSMX add-on, please visit horizonhobby.com, click on the “radios” tab, and select “DSMX addons” for more details. A safety feature that prevents a pilot from flying a model when the model selected in the radio is not correct. A resequencing of the data a Spektrum transmitter transmits based on the type of mixing you select.
This feature helps to sync control services that are connected (such as a swash plate on a helicopter) and is used in radios that have many channels. The Spektrum™ X-Plus™ 8 module lets you add 8 fully proportional channels to specially equipped Spektrum transmitters and receivers with 10 or more proportional channels. Just plug it into the X-Plus port of a compatible receiver. It is ideal for scale modelers who like to push realism to the extreme with working accessories and lights in addition to the regular control functions. The DX10t and DX18 offer X-Plus.